1) combined spatial and time division multiplexing
时、空分复合复用
2) STDM
空间时分复用
1.
So multi-hop link model based on the spatial time division multiplex(STDM) is proposed in this paper,and the relay wireless link could be reused by STDM.
因此本文提出了空间时分复用(STDM)的多跳中继链路模型,使得中继无线信道资源能够空间复用,通过理论分析和数值仿真,在保证一定的链路距离下,与传统严格时间正交的模式相比,STDM模式的链路吞吐量可以成倍的提高。
3) space-time composite
时空复合
1.
The result ranks the data models as follows: the best model is the base state with amendments model;the second is the space-time composite model;the third is the snapshots model and the last one is the space-time cube model.
在此基础上,利用模糊结构元进行模型评价,结果表明,基态修正模型最佳,时空复合模型次之,快照模型一般,时空立方体模型最差。
4) spatial multiplexing
空分复用
1.
In MIMO spatial multiplexing system,channel state information(CSI) is very useful for adaptive selection of the optimal precoding schemes which can enhance system performance effectively.
针对MIMO空分复用系统中利用信道状态信息自适应选择最佳预编码方案能有效提高系统性能,提出了一种基于有限比特反馈的预编码联合优化算法。
2.
Focusing on the near-far influence problem in the multiple-antenna downlink,the performance of spatial multiplexing(SM) in the distributed multiple-antenna system is studied.
针对多天线下行链路的远近效应问题,研究了分布式多天线系统的空分复用性能,结果表明分布式多天线系统可以有效地降低远近效应的影响。
3.
A new scheme in the correlated MIMO channel consisting of a combination of the space-time block code,the spatial multiplexing and the beamformingis presented.
提出了相关多输入多输出信道下的一种空时分组码、空分复用与波束成型相结合的新方案。
5) spatial division multiplexing
空分复用
1.
Controlled by an optical switch,a fiber Bragg grating sensing system based on spatial division multiplexing is developed under a broad-band source illumination.
介绍了一种光纤光栅空分复用传感系统,并将光纤光栅的传感特性应用于结构健康检测系统中。
6) space-sharing
空分复用
1.
Research of self-sensing piezoelectric gripper based on space-sharing;
基于空分复用的自感知压电夹钳的研究
2.
Study on Piezoelectric Self-Sensing Actuator in Space-Sharing Mode;
压电自感知执行器空分复用解耦方法研究
补充资料：复盛螺杆式空压机用油气分离滤芯
压缩机进气除尘滤芯、油过滤芯、油气分离滤芯、进口压缩气体高效过滤器芯国产化、粉尘滤芯、高精度玻璃纤维烧结式滤管、含油尾净化设备，透平机尾气除油滤芯厨房油烟净化，房下水用油水分离器。化工填料：木业、抛光、粉碎、粉制剂行业的粉尘回收器、电火花，线切割等机床过滤滤芯、化工食品精油过滤器、神宝不锈钢微孔过滤器。各种气体、液体、粉尘等测试仪器，神宝在线监测设备滤芯，喷粉设备滤芯。各种压缩机油汽分离器滤芯。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条